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Results: 3
EXPRESSION, BIOSYNTHESIS AND FUNCTION OF SELENOCYSTEINE (SEC) TRANSFER-RNAS AS CENTRAL COMPONENTS OF SEC INSERTION INTO PROTEIN
Authors: HATFIELD D PARK SI PARK JM CHITTUM HS BECK HJ GLADYSHEV VN YANG ES CARLSON BA CHOI IS MOUSTAFA ME LEE BJ
Citation: D. Hatfield et al., EXPRESSION, BIOSYNTHESIS AND FUNCTION OF SELENOCYSTEINE (SEC) TRANSFER-RNAS AS CENTRAL COMPONENTS OF SEC INSERTION INTO PROTEIN, The FASEB journal, 11(3), 1997, pp. 1367-1367
ANALYSIS OF THE SELENOCYSTEINE (SEC) TRANSFER-RNA POPULATION IN MOUSEEMBRYONIC STEM (ES) CELLS HETEROZYGOUS FOR THE SEC TRANSFER-RNA GENE
Authors: BECK HJ CHITTUM HS KUEHN M DIAMOND AM FERNANDEZSALGUERO P GONZALEZ F OHAMA T HATFIELD D LEE BJ
Citation: Hj. Beck et al., ANALYSIS OF THE SELENOCYSTEINE (SEC) TRANSFER-RNA POPULATION IN MOUSEEMBRYONIC STEM (ES) CELLS HETEROZYGOUS FOR THE SEC TRANSFER-RNA GENE, The FASEB journal, 11(3), 1997, pp. 2326-2326
HIGH-MOLECULAR-MASS OR MACROMOLECULAR ALKALINE-PHOSPHATASE IN SERA OFCHILDREN WITH SOLID TUMORS
Authors: SCHONAU E GLOCKEL U BECK HJ KRUSE K
Citation: E. Schonau et al., HIGH-MOLECULAR-MASS OR MACROMOLECULAR ALKALINE-PHOSPHATASE IN SERA OFCHILDREN WITH SOLID TUMORS, Klinische Padiatrie, 206(1), 1994, pp. 36-39
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